The overall production process of plastic products
The overall production process of plastic products is: raw material selection-raw material coloring and proportioning-designing molds-machine decomposition injection molding-printing-assembly and testing finished products-packaging and delivery.
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The overall production process of plastic products is: raw material selection-raw material coloring and proportioning-designing molds-machine decomposition injection molding-printing-assembly and testing finished products-packaging and delivery.
Main categories of fasteners
There are basically two types of fasteners: metal fasteners and plastic fasteners:
1.Metal buckle:
(1) According to function: square buckle / day buckle / activity day buckle / round ring / oval ring / hook buckle (rotating and non-rotating) / belt buckle and other special purpose buckles
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There are basically two types of fasteners: metal fasteners and plastic fasteners:
1.Metal buckle:
(1) According to function: square buckle / day buckle / activity day buckle / round ring / oval ring / hook buckle (rotating and non-rotating) / belt buckle and other special purpose buckles
Knowledge of the performance of commonly used raw materials for plastic buckles
Let us share with you a brief introduction of the raw material properties of plastic buckles, so that you can have a better understanding of plastic buckles. It is helpful to the bag person.
1. Polyoxymethylene (POM), commonly known as Saigang, is a flammable material
advantage:
1. Strong and flexible
2. Excellent fatigue resistance
3. Self-lubricating, excellent friction and wear resistance
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Let us share with you a brief introduction of the raw material properties of plastic buckles, so that you can have a better understanding of plastic buckles. It is helpful to the bag person.
1. Polyoxymethylene (POM), commonly known as Saigang, is a flammable material
advantage:
1. Strong and flexible
2. Excellent fatigue resistance
3. Self-lubricating, excellent friction and wear resistance
Buckle material characteristics and uses
The selected materials are generally POM (polyoxymethylene, commonly known as Saigang), PA and PC
The buckle is composed of a male buckle and a female buckle. Both ends are stitched with webbing. The length of the webbing is selected according to different needs. It is generally used for fixing the shoulders and waist. In order to play the role of the buckle more effectively, there are more convenient and scientific buckles, such as the invisible female buckle for replacement. This is a buckle that can be easily replaced without sewing the webbing. The other is a three-way buckle, the "Y" type buckle, which is often used on safety products for strollers. The female buckle can be designed according to the customer's design and authorization to design a color label or LOGO, or choose electroplating, silk printing, or color painting.
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The selected materials are generally POM (polyoxymethylene, commonly known as Saigang), PA and PC
The buckle is composed of a male buckle and a female buckle. Both ends are stitched with webbing. The length of the webbing is selected according to different needs. It is generally used for fixing the shoulders and waist. In order to play the role of the buckle more effectively, there are more convenient and scientific buckles, such as the invisible female buckle for replacement. This is a buckle that can be easily replaced without sewing the webbing. The other is a three-way buckle, the "Y" type buckle, which is often used on safety products for strollers. The female buckle can be designed according to the customer's design and authorization to design a color label or LOGO, or choose electroplating, silk printing, or color painting.
Ideas for the transformation and upgrading of the plastics industry
After the high-speed development stage of the material industry, the current downward channel has been opened and has entered a stage of overcapacity. The task of industry transformation and upgrading has become more difficult. After the plastics industry has experienced a leap-forward development and an in-depth callback phase, factors such as phased overcapacity, insufficient investment in technology, weakened innovation capabilities, and irrational product structure are pushing up the cost of enterprise development and hindering the healthy and sustainable development of the plastics industry.
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After the high-speed development stage of the material industry, the current downward channel has been opened and has entered a stage of overcapacity. The task of industry transformation and upgrading has become more difficult. After the plastics industry has experienced a leap-forward development and an in-depth callback phase, factors such as phased overcapacity, insufficient investment in technology, weakened innovation capabilities, and irrational product structure are pushing up the cost of enterprise development and hindering the healthy and sustainable development of the plastics industry.